In accordance with NFPA 72 5.7.3.3.1, each sampling “port” of an air sampling smoke detection system shall be treated as a spot type detector for the purpose of location and spacing. With the unveiling of MatrixScan (airsense.us/Products/MatrixScan), the entire range of Stratos series detectors can actually be used to create a Virtual Detector Matrix System with relatively few physical detection units, providing sample port-addressability and the enhanced strength of cross zoning, while meeting national codes and standards.

“Our developments in aspirating smoke detector signaling architecture have enabled us to perfect and patent a revolutionary cross-matrix system. This innovative technology empowers AirSense Technology channel and industry partners with the ability to provide their customers with the very early warning advantages associated with Stratos aspirating smoke detection, point annunciation, plus the added reliability of cross zoning,” said Steven Joseph, Chief Executive Officer of AirSense Technology USA Limited.

“We put MatrixScan through extensive testing with various installation configurations to assure it works as advertised with any of our Stratos series aspirating smoke detectors,” said Mark Symonds, Director of software development for AirSense Technology Ltd. “The introduction of MatrixScan represents a revolutionary achievement for AirSense Technology. We are now the first manufacturer to offer an aspirating smoke detection system capable of ultra high sensitivity with freedom from nuisance alarms … and sampling port-addressability!”

Applications for MatrixScan are practically anywhere logical zoning and point annunciation in open or partitioned spaces is desirable and possible (See Note 1). This includes, but is not limited to, in-cabinet detection – where notification by cabinet is desirable; prison cells; casinos; office spaces; data centers and communication facilities; control rooms; semi-conductor plants; generator turbine halls; switch gear rooms; distilleries; initiation of suppression system release through a cross zoned detection configuration, etc.

(Note 1: In spaces subject to high air velocities where smoke is transported laterally to detection points or where stratification is likely to displace smoke, addressability at the point of origin is typically unlikely for any type of detector.)

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